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Computer Vision Engineer

Bairuni Ai — Qatar · Posted ~4 hours ago

Junior Full-time

Skills

Computer Vision Computer Vision Algorithms Algorithm Development Algorithm Deployment Digital Twins Robotics

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Summary ✨ AI‑Generated

An early-career computer vision role focused on designing, developing, and deploying algorithms for sensing and digital-twin applications in large, unstructured industrial environments. The position emphasizes real-world testing, rapid iteration, and solving computer vision challenges under demanding environmental conditions.

Highlights

An early-career opportunity to design, develop, and deploy computer vision algorithms in challenging real-world industrial environments. The role combines applied AI, robotics, sensing, and digital-twin technologies with hands-on field validation.

Description

Computer Vision Engineer - Early Career | Bairuni AI Bairuni is looking for a Computer Vision Engineer willing to face a real challenge, to test their new idea in front of clients, to test vision algorithms in real sites. If that's alarming rather than welcoming, make way. Role Description: The CV Engineer will design, develop, and deploy computer vision algorithms that power our sensing platform and digital twin models for open-area industrial sites. Company Description: Bairuni replaces fixed sensing infrastructure with advanced robotics to bring clarity and control to challenging industrial environments. The team builds digital twins of unstructured, off-road, open-area industrial sites using resources already available on-site. This platform delivers real-time visibility into operations running amid dust, heat, vibration, and constant change. By turning complex physical spaces into actionable digital models, Bairuni empowers operational teams to make faster, safer, and more informed decisions. Qualifications: Bachelor’s degree in Artificial Intelligence, Computer Science, Electrical Engineering, Robotics, or a related field.Strong foundation in Computer Vision and Pattern Recognition, including image processing, feature extraction, and visual perception algorithms.Proficiency in relevant programming languages and tools (e.g., Python, C++, OpenCV, PyTorch/TensorFlow, ROS).Ability to work collaboratively in an interdisciplinary team and communicate complex technical concepts clearly.